unsafe_ops is a low-level utility library designed to provide direct access to hardware and memory operations. It is tailored for developers working on embedded systems, operating systems, and performance-critical applications where low-level control and performance optimization are crucial.

• Instruction Injection
  • Injection of instruction sequence on the host CPU directly and dynamically on runtime.
• Direct Hardware I/O Access
  • Read and write to hardware ports (e.g., port_read8, port_write8).
• Memory Operations
  • Allocate, align, and protect memory regions for specific purposes (e.g., executable memory or read-only memory).
  • Support for cache control operations (e.g., flushing and prefetching).
• Endianness Handling
  • Convert between big-endian and little-endian formats for buffers and individual values.
• Interrupt Handling
  • Simplify device interrupt handling with callbacks and status register manipulation.
• Volatile Operations
  • Atomic read and write operations on volatile memory regions.

Full Changelog: v1.2...v1.3

unsafe_ops is a low-level utility library designed to provide direct access to hardware and memory operations. It is tailored for developers working on embedded systems, operating systems, and performance-critical applications where low-level control and performance optimization are crucial.

• Direct Hardware I/O Access
  • Read and write to hardware ports (e.g., port_read8, port_write8).
• Memory Operations
  • Allocate, align, and protect memory regions for specific purposes (e.g., executable memory or read-only memory).
  • Support for cache control operations (e.g., flushing and prefetching).
• Endianness Handling
  • Convert between big-endian and little-endian formats for buffers and individual values.
• Interrupt Handling
  • Simplify device interrupt handling with callbacks and status register manipulation.
• Volatile Operations
  • Atomic read and write operations on volatile memory regions.

Full Changelog: v1.1...v1.2

unsafe_ops is a low-level utility library designed to provide direct access to hardware and memory operations. It is tailored for developers working on embedded systems, operating systems, and performance-critical applications where low-level control and performance optimization are crucial.

• Direct Hardware I/O Access
  • Read and write to hardware ports (e.g., port_read8, port_write8).
• Memory Operations
  • Allocate, align, and protect memory regions for specific purposes (e.g., executable memory or read-only memory).
  • Support for cache control operations (e.g., flushing and prefetching).
• Endianness Handling
  • Convert between big-endian and little-endian formats for buffers and individual values.
• Interrupt Handling
  • Simplify device interrupt handling with callbacks and status register manipulation.
• Volatile Operations
  • Atomic read and write operations on volatile memory regions.

Full Changelog: v1.0...v1.1

unsafe_ops is a low-level utility library designed to provide direct access to hardware and memory operations. It is tailored for developers working on embedded systems, operating systems, and performance-critical applications where low-level control and performance optimization are crucial.

• Direct Hardware I/O Access
  • Read and write to hardware ports (e.g., port_read8, port_write8).
• Memory Operations
  • Allocate, align, and protect memory regions for specific purposes (e.g., executable memory or read-only memory).
  • Support for cache control operations (e.g., flushing and prefetching).
• Endianness Handling
  • Convert between big-endian and little-endian formats for buffers and individual values.
• Interrupt Handling
  • Simplify device interrupt handling with callbacks and status register manipulation.
• Volatile Operations
  • Atomic read and write operations on volatile memory regions.

Full Changelog: https://github.com/nthnn/unsafe_ops/commits/v1.0